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Jabber/XMPP Robot for Searching by Means of Google
Hrazdil, Jiří ; Weiss, Petr (referee) ; Rychlý, Marek (advisor)
The aim of this thesis was to get acquainted with principles and basics of Jabber/XMPP communication network and its open-source implementations, learn about Google web search application interface and implement a robot, which will respond to search queries sent via XMPP protocol with adequate search results acquired through SOAP.
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Techniques for Multiple Sequence Alignments
Hrazdil, Jiří ; Martínek, Tomáš (referee) ; Burgetová, Ivana (advisor)
This thesis summarizes ways of representation of biological sequences and file formats used for sequence exchange and storage. Next part deals with techniques used for sequence pairwise alignment, followed by extension of these techniques to the problem of multiple sequence alignment. Additional methods are introduced, that are suboptimal, but on the other hand are able to compute results in reasonable time. Practical part of this thesis consists of implementing multiple sequence alignment application in Java programming language.
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Jabber/XMPP Robot for Searching by Means of Google
Hrazdil, Jiří ; Weiss, Petr (referee) ; Rychlý, Marek (advisor)
The aim of this thesis was to get acquainted with principles and basics of Jabber/XMPP communication network and its open-source implementations, learn about Google web search application interface and implement a robot, which will respond to search queries sent via XMPP protocol with adequate search results acquired through SOAP.
|
|
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Techniques for Multiple Sequence Alignments
Hrazdil, Jiří ; Martínek, Tomáš (referee) ; Burgetová, Ivana (advisor)
This thesis summarizes ways of representation of biological sequences and file formats used for sequence exchange and storage. Next part deals with techniques used for sequence pairwise alignment, followed by extension of these techniques to the problem of multiple sequence alignment. Additional methods are introduced, that are suboptimal, but on the other hand are able to compute results in reasonable time. Practical part of this thesis consists of implementing multiple sequence alignment application in Java programming language.
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